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Beacon Receivers
EVO-RBR-3040A1S
The EVO-RBR-3040A1S beacon receiver based on Avcom’s software-defined-radio technology platform designed to exceed today’s performance challenges. The receiver is intended for antenna systems applications required to operate under challenging conditions. Avcom’s newest beacon receiver technology provides excellent performance by employing high-performance DSP, and FPGAs. Integrators can now install a full-function beacon receiver into systems operating in austere and rugged environments as well as standard teleport and earth station
indoor environments. Communication with the receiver is achieved via ethernet and Avcom’s Graphical User Interface, the EVO GUI software. It provides a feature-rich set of functions to lock on and provide a DC output voltage proportionate to the received satellite beacon signal. The system can also be accessed via a customer implemented POSIX-Compliant API. Source code is available from Avcom.SKU: EVO-RBR-3040A1S -
Beacon Receivers
EVO-RBR-2290A1S
The EVO-RBR-2290A1S beacon receiver based on Avcom’s software-defined-radio technology platform designed to exceed today’s performance challenges. The receiver is intended for antenna systems applications required to operate under challenging conditions. Avcom’s newest beacon receiver technology provides excellent performance by employing high-performance DSP, and FPGAs. Integrators can now install a full-function beacon receiver into systems operating in austere and rugged environments as well as standard teleport and earth station indoor environments. Communication with the receiver is achieved via ethernet and Avcom’s Graphical User Interface, the EVO GUI software. It provides a feature-rich set of functions to lock on and provide a DC output voltage proportionate to the received satellite beacon signal. The system can also be accessed via a customer implemented POSIX-Compliant API. Source code is available from Avcom.
SKU: EVO-RBR-2290A1S
EVO-RBR-3040A1S
The EVO-RBR-3040A1S beacon receiver based on Avcom’s software-defined-radio technology platform designed to exceed today’s performance challenges. The receiver is intended for antenna systems applications required to operate under challenging conditions. Avcom’s newest beacon receiver technology provides excellent performance by employing high-performance DSP, and FPGAs. Integrators can now install a full-function beacon receiver into systems operating in austere and rugged environments as well as standard teleport and earth station
indoor environments. Communication with the receiver is achieved via ethernet and Avcom’s Graphical User Interface, the EVO GUI software. It provides a feature-rich set of functions to lock on and provide a DC output voltage proportionate to the received satellite beacon signal. The system can also be accessed via a customer implemented POSIX-Compliant API. Source code is available from Avcom.
Rackmount L-Band Beacon Receiver
• Track wide-band CW Beacon Carrier; BPSK Carrier
• CEPT-Carrier-Edge-Power-Track for DVB Carrier
• Monitoring & Control (M&C) via Ethernet
• Integrates with Avcom’s EVO-GUI
• Comprehensive API protocol support for Easy Integration
• Extended Temperature Range
| PARAMETER | PERFORMANCE |
| RF | |
| INPUT CONNECTOR: | SMA, 50 Ohm |
| INPUT FREQUENCY RANGE: | 400-3000 MHz |
| TUNING STEP SIZE: | 1kHz |
| INPUT LEVEL RANGE: | -10 to -100 dBm |
| MAXIMUM INPUT POWER LEVEL: | – 10 dBm max |
| DETECTION BANDWIDTH: | 10 to 750 kHz |
| TRACKING BANDWIDTH: | 10 to 150 kHz |
| DETECTED BEACON LEVEL FILTERING: | Low-Pass, User-Select: 0.25 Hz, 0.5 Hz,
1.0 Hz, 2.0 Hz, 3.0 Hz |
| SEARCH/TRACK RATE: | User-Selectable: 10 Hz, 25Hz |
| ACQUISITION TIME: | <1 second typical |
| ADJUSTABLE DELAY BEFORE LOCK: | 0 to 5000 milliseconds |
| ACQUISITION/TRACKING LEVEL: | Minimum C/No, 39 dB-Hz |
| BEACON/CARRIER TYPE: | CW, BPSK (No Demod)
CEPT(Carrier-Edge-Power-Track) on DVB (No Demod) |
| M & C | |
| ETHERNET: | 10/100; RJ-45, USB |
| IP ADDRESS: | DHCP or Static |
| INCLUDED CONTROL APPLICATION: | Avcom EVO-GUI (Windows) |
|
APPLICATION PROGRAMMING INTERFACE (API): |
POSIX-compliant ‘C’ APPLICATION PROGRAMMING INTERFACE (API):
Pre-built Libraries for Windows and Linux x86 Source code available |
| PROTOCOL: | High-reliability closed-loop with error checking |
| RECEIVER OUTPUT VIA PHYSICAL OUTPUTS: | Yes |
| RECEIVER OUTPUT VIA M&C INTERFACE: | Yes |
| RECEIVER OUTPUTS | |
| CONNECTOR: | BNC and 9-pin D-sub |
| ANALOG SIGNAL STRENGTH INDICATOR OUTPUT: | 0 to 10 VDC, 25 mA |
| ANALOG SLOPE: | 0.1 to 3.0 Volts/dB |
| ANALOG SLOPE POLARITY: | Positive or Negative |
| ANALOG OUTPUT FILTERING: | Low-Pass, 0.5 Hz, fixed |
| DIGITAL LOCK INDICATOR OUTPUT: | 0 – 3.3 VDC |
| DIGITAL LOCK INDICATOR OUTPUT POLARITY: | Adjustable (H=LOCK or L=LOCK) |
| POWER | |
| CONNECTOR: | 2-pin Circular Threaded |
| POWER SUPPLY: | 15 – 24 VDC; < 3 W |
| PHYSICAL | |
| DIMENSIONS: | 19” (16.75”) x 18.125” (17.00) x 1.720” |
| WEIGHT: | 2.2 kg |
| ENVIRONMENTAL | |
| OPERATING TEMPERATURE: | -40°C to 70°C |
| STORAGE TEMPERATURE: | -40°C to 85°C |
| HUMIDITY: | 0 to 95%, non-condensing |
| OPERATING ALTITUDE: | 40,000 ft; 12,000 m |
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EVO-GUI Software
- EVO – GUI Software
- EVO – GUI User Manual
Release Notes
-
v1.1.6.0
- Add hw and bom version to analyzer info screen
- Add Linux build options
- Update default demo slot names
- Change default trace color to yellow
- Remove unused help buttons
- Fix dB and dBm typos
- Increase max graph range to 30dBm
- Add an optional advanced feature menu and full support for sweep optimization within the new menu
- Update sbs2api to v2.8.4
- Use AVCOM_BR_GetLatestData over AVCOM_BR_GetLastSweep if BR supports it
- Add support for changing network settings over USB
- Add search on all network adapters options to fix most common network search problems
- Initial v1.0 Release
EVO-GUI (Graphical User Interface)
After installing and running the GUI software, click on the
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